Germany – A 70 MW green hydrogen plant will be built by Lhyfe in Perl, Saarland, Germany. This project seeks to support the decarbonization of the Saarland industrial sector and the entire Grande Région by supplying up to 30 tons of green hydrogen per day into the mosaHYc hydrogen island network.
Lhyfe and its partners are taking a key step toward a sustainable and cutting-edge hydrogen infrastructure with construction set to begin in the first half of 2027.
The Perl green hydrogen plant has a lot of potential to change the industrial landscape of Saarland and ensure its long-term viability. Lhyfe seeks to deliver cost-competitive green hydrogen to satisfy the needs of various industrial consumers in Saarland by utilizing electrolysis technology and optimizing renewable energy integration through clever software. This development is consistent with the area’s ambition to quickly establish a renewable energy-based hydrogen infrastructure.
Hydrogen pipelines
Existing pipes near Völkingen, Carling, Bouzonville, and Perl are being evaluated for their viability as hydrogen pipelines in order to facilitate effective hydrogen distribution. The project also entails building new pipelines from Bouzonville to Dillingen to make it easier to carry green hydrogen along the mosaHYc network to industrial users. The widespread use of green hydrogen and the decarbonization of the transportation and mobility industries are both greatly aided by the development of this infrastructure.
The growth of Saarland’s economy and the creation of new jobs are significantly impacted by the construction of the Lhyfe plant and the mosaHYc pipeline. The area builds the groundwork for a new economic sector, attracting investments and spurring innovation, by embracing hydrogen as a sustainable energy source. This improves the region’s sustainability and quality of life while also supporting the local industrial environment and paving the way for direct advantages to inhabitants, such as the use of hydrogen in energy production and public transportation.
